Table of Contents

Setup

5

Desktop

22

Unpacking Your Touchcomputer

5

Maintenance

23

Product Overview

6

Care and Handling

23

Front View

6

Warning

24

Rear View

6

Waste Electrical and Electronic Equip-

Side View

7

ment (WEEE) Directive

24

Base Bottom View

7

Technical Specifications

25

Display Orientation

8

Touchcomputer Specifications

25

Initial Connections

9

Dimensional Diagrams

25

Standard Unit:

9

Front

25

Advanced Unit:

9

VESA

26

Initial Power-On

10

Rear

26

Language Selection

10

Base Mounting

27

Test Devices

11

General Information

28

Testing the Touchscreen

11

Standard Unit: Intel® Desktop Board

Time-zone selection

11

D945GCLF2

28

Operation

13

Advanced Unit: Intel® Desktop Board

Side Panel Controls

14

DQ45EK

29

OSD Control

14

Display Specifications

33

OSD Menu

14

Power Supply Specifications

33

Headphone Jack

16

Touchscreen Specifications

34

Power Control

17

Environmental Specifications

34

Power Button

17

Hard Disk Recovery

35

Using the I/O panel

18

Materials required

35

Standard Unit: Intel® Desktop Board

General overview:

36

D945GCLF2

18

Begin:

36

Advanced Unit: Intel® Desktop Board

Technical Support

45

DQ45EK

19

Technical Assistance

45

Short Base Mounting

21

Using the Touchcomputer

45

Securing the Touchcomputer Base 21

Using the Web

45

Mounting To A Wall

21

Using the Phone

45

Display Angle

22

Regulatory Information

46

Wall Mounted

22

Warranty

49

Elo TouchSystems 1520 User Guide 4

Page 4
Image 4
Tyco Electronics 1520 manual Table of Contents

1520 specifications

Tyco Electronics 1520 is a robust and versatile connector solution designed to meet the demanding needs of modern electrical and electronic systems. Known for its reliability and efficiency, the 1520 series has become a popular choice across various industries, including automotive, telecommunications, and aerospace.

One of the main features of the Tyco Electronics 1520 connector is its compact and lightweight design, promoting ease of integration into systems with space constraints. This connector series supports a wide range of applications, ensuring versatility in deployment. The 1520 connectors are typically constructed with high-quality materials that enhance durability, ensuring long-lasting performance even in harsh environments.

Another significant characteristic of the Tyco 1520 is its extensive range of pin configurations, which allows engineers to select the appropriate connector for their specific application needs. This flexibility minimizes the risk of misalignment and ensures optimal connectivity. The connectors often feature a secure locking mechanism, providing a reliable and stable connection under varying mechanical stresses.

The 1520 connectors incorporate advanced technologies to improve performance. One key technology is the use of high-performance insulation materials, which enhance the electrical properties of the connectors, allowing for faster data transmission and reduced signal loss. Additionally, the connectors are designed to withstand elevated temperatures, making them suitable for use in high-heat applications.

Moreover, the Tyco Electronics 1520 series is compliant with various industry standards, ensuring they meet stringent safety and performance requirements. This compliance is critical for applications in sectors like automotive and aerospace, where failure could lead to significant consequences.

Another noteworthy aspect of the Tyco 1520 connector is its ease of installation. The connectors are designed to minimize the need for specialized tools, allowing for straightforward assembly and maintenance. This user-friendly approach not only saves time but also reduces labor costs associated with installation.

In conclusion, the Tyco Electronics 1520 connector series stands out due to its compact design, robust construction, and advanced technology. Whether used in automotive, telecommunications, or aerospace applications, the reliability and versatility of the 1520 connectors make them a preferred choice among engineers and industry professionals. Their compliance with industry standards further assures users of their safe and efficient operation in various environments.